Featured Outcome

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City of South Bend saves $400 million in CapEx spending by reducing combined sewer overflow by 80%

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Featured Solution

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Xylem Vue powered by GoAigua: Optimizing decision making. Streamlining management of operations. Simplifying digital transformation. ​

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FEATURED RESOURCE

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3 simple steps to supercharge your digital twin for next-level performance and cost-savings

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A single solution to manage flows, reduce flooding, and achieve compliance and sustainability goals more efficiently

With Xylem Vue powered by GoAigua, managing all aspects of your wastewater system has never been easier. From forecasting and monitoring wet weather events or discharges to optimizing operational efficiency in wastewater treatment plants and sewer networks, Xylem Vue powered by GoAigua provides utilities with intelligence and smart analytics at the network, plant and asset level or any customized view your utility may require.  

A single platform for wastewater network management

Xylem Vue powered by GoAigua brings together process and infrastructure information in a unique three-layer model: our Smart Water Engine, collects, processes and standardizes data to provide specific drinking water solutions, and a central business intelligence dashboard for visualizing key indicators.

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We’ve transformed some of the largest wastewater networks in the US

Wastewater systems as large as the City of Houston’s can be extremely complex to manage. With millions of data points coming in from a variety of different sources, Houston Public Works required a software solution that could compile all of this information into a single platform and identify critical areas in need of optimization. After partnering with Xylem Vue powered by GoAigua, the City saw a 77% reduction in sanitary sewer overflows (SSOs) in just 10 months.

Detection, prediction and prevention

Unified Network Management

System-wide, real-time remote monitoring and suggested actions for drinking water networks which simplify decision-making, optimize operations, and improve operating results.

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Real-Time What-If Scenarios

Utilize a digital twin for real-time simulation, smart operations and improved operational decision-making with what-if scenarios to predict operating needs.

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SSO/CSO Prediction

Understand current network state with sensor data and utilize additional data such as river/tide levels, rainfall forecasts, etc. to predict future impact of wet weather events on network performance.

Biological Monitoring

Detect high viral loads (such as SARS-CoV-2) in sewage water to help authorities and technicians optimize decision-making regarding their control.

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Unified Plant Management

System-wide, real-time remote monitoring and suggested actions for water treatment plants which simplify decision making, optimize operations and improve results of all monitored plants.

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Plant Real-Time Decision Support

Real-time digital monitoring and optimized modeling simulate treatment processes and enhance plant control to reduce energy costs or dosing while ensuring regulatory compliance.

Clog Monitoring

Generate risk-based sewer cleaning programs to prevent sanitary sewer overflows (SSOs) and ensure sewer capacity is maintained while saving money from reduction in required field operations.